Development of Modernized Embedded Parking and Security Solutions for Smart Infrastructure

The client faces inefficiencies and limited usability in existing embedded parking and secure storage solutions. Their legacy systems are outdated, energy-inefficient, and lack modern interfaces such as touch screens, impairing user experience and operational effectiveness. They require a comprehensive modernization to support new functionalities, improve energy consumption, ensure security, and facilitate expansion into new markets.

A mid-to-large size enterprise specializing in designing and deploying intelligent parking systems and secure storage solutions across multiple markets, seeking modernization to enhance efficiency and user experience.

• Modernize legacy secure storage products to enhance security features and integration capabilities.
• Develop a new solar-powered smart parking meter with improved energy efficiency, extended operational duration, and user-friendly interface via touch screen technology.
• Improve the microservices architecture to support flexible configuration, alarms, web integration, and hardware interactions.
• Enable remote management and user access synchronization while maintaining high security standards.
• Expand market reach by adapting solutions for different regional requirements and facilitating scalable deployment.

• Customizable UI with touch screen support and rule-based configurations.
• Alarm management and web-based remote configuration.
• Secure user record synchronization with permission management via web interface.
• Rebuilding of microservices architecture for improved communication (e.g., via DBus).
• Development of hardware simulators to facilitate desktop testing environments.
• Solar energy management system integrated with embedded device powering and battery optimization.
• Connectivity via cellular (e.g., 3G/4G/5G) networks for remote data access.
• Energy-efficient operation with increased device uptime.

• Web-based configuration and user permission management systems.
• Remote network communication protocols (e.g., cellular connectivity).
• Hardware simulators for desktop testing environments.

• System should support real-time updates with minimal latency.
• Secure communication channels adhering to industry standards.
• High availability with 99.9% uptime.
• Energy consumption optimized for extended operational periods, targeting at least a 20% increase in device operational time.
• Scalable architecture supporting deployment across multiple regions and markets.

The implementation of modernized embedded solutions is expected to significantly improve service quality through enhanced user interfaces and operational reliability. Energy efficiency improvements aim to extend device uptime by at least 20%, reducing operational costs. Additionally, the scalable architecture will facilitate market expansion into new regions, supporting growth objectives. Overall, the project will enable the client to deliver efficient, secure, and user-friendly parking and storage solutions, strengthening their market position.